I went to the range on Saturday and decided to shoot my M&P Shield 9mm at the 10 inch steel my shooting buddy had set up.
Using a sand bag, I fired 14 rounds, hitting the steel twice. Not to bad for a short barrel pistol.
But that's not why I'm writing this.
When my friend was taking down the steel, he actually found one of the bullets that impacted the target.
A few things that I found interesting. First, the steel was up hill which accounts to the shape to the bullets deformation.
Secondly, It was interesting to see how the nose cavitated, and I have no idea why this occurred.
Thirdly, it seems that a 9mm bullet fired from a 3.1 inch barrel looses a lot of energy (seemingly) 100 yards out.
Lastly, my buddy always spray paints his steel white before going to the range, and you can see the paint imbedded in the nose of the bullet.
Just wanted to share this with you all.
Using a sand bag, I fired 14 rounds, hitting the steel twice. Not to bad for a short barrel pistol.
But that's not why I'm writing this.
When my friend was taking down the steel, he actually found one of the bullets that impacted the target.
A few things that I found interesting. First, the steel was up hill which accounts to the shape to the bullets deformation.
Secondly, It was interesting to see how the nose cavitated, and I have no idea why this occurred.
Thirdly, it seems that a 9mm bullet fired from a 3.1 inch barrel looses a lot of energy (seemingly) 100 yards out.
Lastly, my buddy always spray paints his steel white before going to the range, and you can see the paint imbedded in the nose of the bullet.
Just wanted to share this with you all.


Bob B. 
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